Identify the measurement system stages for the following systems (refer back to Figure 1.5 and use other resources, such as a library or Internet search, as needed to learn more about each system):   d. Antilock braking system (automobile) e. Automobile cruise control f. Throttle position sensor for a Formula One race car

This is a graph for an experiment that examines the change in kinetic energy. A mass hanger of 10 g was used for this experiment and this is the graph showing the change in kinetic energy versus distance it travelled.  If another student repeated the experiment, but with a 5 g mass hanger instead, does the acceleration increase? How would this look like in the graph? Please draw a line in this graph to show this scenario.

Q: Experiment of venturi meter. Please give a brief description for Bernoulli’s equation. What typeof parameters can be derived from an experiment?

Pressurized eyes Our eyes need a certain amount of internal pressure in order to work properly, with the normal range being between 10 and 20 mm of mercury. The pressure is determined by a balance between the fluid entering and leaving the eye. If the pressure is above the normal level, damage may occur to the optic nerve where it leaves the eye, leading to a loss of the visual field termed glaucoma. Measurement of the pressure within the eye can be done by several different noninvasive types of instruments, all of which measure the slight deformation of the eyeball when a force is put on it. Some methods use a physical probe that makes contact with the front of the eye, applies a known force, and measures the deformation. One non-contact method uses a calibrated “puff” of air that is blown against the eye. The stagnation pressure resulting from the air blowing against the eyeball causes a slight deformation, the magnitude of which is correlated with the pressure within the eyeball.…

Modified True or False. Dial indicators do not convert rotational to linear displacements using a circular dial.

Describe the quality is related to the horizontal distances on P-v and T-v diagrams.

Task 5  Produce specific Steady Flow Energy Equation based on the given and stated assumptions in the above problem.

b) A pitot tube flow sensor is used to measure the flow rate in a pipe, as shown in Figure Q4. Impact Probe P1 Direction of Flow Static Probe P2 Differential pressure transducer Figure Q4 A manometer is used to measure the differential pressure, showing a difference in fluid level of 150 mm between the two probes. Calculate the differential pressure if the liquid has a density of 900 kg / m3, expressing your answer in pascals and also bar. (Gravitational acceleration, g may be taken as 9.81 m/s².) (Question 4 continues on the next page.) Page 5 of 14 (Question 4 continues below.) c) The velocity of the fluid is given by: 2(P1-P2) V = (m/s) where P1 - P2 is the differential pressure, measured in Pascals. Calculate the linear flow rate in m/s. d) If the diameter of the pipe is 200 mm, calculate the i) volumetric flow rate in m3/s ii) mass flow rate in kg/s

Please solve this

i need a explanation about this picture and what it's work the system of DCV In detail and briefly please